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docs: replace $column_name$ with {column_name}

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Wing-Kam Wong 3 years ago
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  1. 98
      packages/noco-docs/content/en/setup-and-usages/formulas.md

98
packages/noco-docs/content/en/setup-and-usages/formulas.md
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@ -18,8 +18,8 @@ menuTitle: "Formulas"
### 4. Insert required formula ### 4. Insert required formula
- You can reference column names in equation with `$`, e.g. `$column_name$`.
- You can use explicit numerical values/ strings as needed, e.g. `123` (numeric) or `"123"` (string). - You can use explicit numerical values/ strings as needed, e.g. `123` (numeric) or `"123"` (string).
- You can reference column names in equation with `{}`, e.g. `{column_name}`, if the column name conflicts with literals
- Table below lists supported formula & associated syntax - Table below lists supported formula & associated syntax
- Nested formula (formula equation referring to another formula column) is supported - Nested formula (formula equation referring to another formula column) is supported
@ -31,94 +31,94 @@ menuTitle: "Formulas"
| Name | Syntax | Sample | Output | | Name | Syntax | Sample | Output |
|-------------|----------------------------|----------------------------------|------------------------------------------------------------------| |-------------|----------------------------|----------------------------------|------------------------------------------------------------------|
| **ABS** | `ABS(value)` | `ABS($Column$)` | Absolute value of the input parameter | | **ABS** | `ABS(value)` | `ABS({Column})` | Absolute value of the input parameter |
| **ADD** | `ADD(value1,[value2,...])` | `ADD($Column1$, $Column2$)` | Sum of input parameters | | **ADD** | `ADD(value1,[value2,...])` | `ADD({Column1}, {Column2})` | Sum of input parameters |
| **AVG** | `AVG(value1,[value2,...])` | `AVG($Column1$, $Column2$)` | Average of input parameters | | **AVG** | `AVG(value1,[value2,...])` | `AVG({Column1}, {Column2})` | Average of input parameters |
| **CEILING** | `CEILING(value)` | `CEILING($Column$)` | Rounded next largest integer value of input parameter | | **CEILING** | `CEILING(value)` | `CEILING({Column})` | Rounded next largest integer value of input parameter |
| **EXP** | `EXP(value)` | `EXP($Column$)` | Exponential value of input parameter (`e^x`) | | **EXP** | `EXP(value)` | `EXP({Column})` | Exponential value of input parameter (`e^x`) |
| **FLOOR** | `FLOOR(value)` | `FLOOR($Column$)` | Rounded largest integer less than or equal to input parameter | | **FLOOR** | `FLOOR(value)` | `FLOOR({Column})` | Rounded largest integer less than or equal to input parameter |
| **INT** | `INT(value)` | `INT($Column$)` | Integer value of input parameter | | **INT** | `INT(value)` | `INT({Column})` | Integer value of input parameter |
| **LOG** | `LOG([base], value)` | `LOG(10, $Column$)` | Logarithm of input parameter to the base (default = e) specified | | **LOG** | `LOG([base], value)` | `LOG(10, {Column})` | Logarithm of input parameter to the base (default = e) specified |
| **MAX** | `MAX(value1,[value2,...])` | `MAX($Column1$, $Column2$, $Column3$)` | Maximum value amongst input parameters | | **MAX** | `MAX(value1,[value2,...])` | `MAX({Column1}, {Column2}, {Column3})` | Maximum value amongst input parameters |
| **MIN** | `MIN(value1,[value2,...])` | `MIN($Column1$, $Column2$, $Column3$)` | Minimum value amongst input parameters | | **MIN** | `MIN(value1,[value2,...])` | `MIN({Column1}, {Column2}, {Column3})` | Minimum value amongst input parameters |
| **MOD** | `MOD(value1, value2)` | `MOD($Column$, 2)` | Remainder after integer division of input parameters | | **MOD** | `MOD(value1, value2)` | `MOD({Column}, 2)` | Remainder after integer division of input parameters |
| **POWER** | `POWER(base, exponent)` | `POWER($Column$, 3)` | `base` to the `exponent` power, as in `base ^ exponent` | | **POWER** | `POWER(base, exponent)` | `POWER({Column}, 3)` | `base` to the `exponent` power, as in `base ^ exponent` |
| **ROUND** | `ROUND(value)` | `ROUND($Column$)` | Nearest integer to the input parameter | | **ROUND** | `ROUND(value)` | `ROUND({Column})` | Nearest integer to the input parameter |
| **SQRT** | `SQRT(value)` | `SQRT($Column$)` | Square root of the input parameter | | **SQRT** | `SQRT(value)` | `SQRT({Column})` | Square root of the input parameter |
### Numeric Operators ### Numeric Operators
| Operator | Sample | Description | | Operator | Sample | Description |
| -------- | ----------------------- | -------------------------------- | | -------- | ----------------------- | -------------------------------- |
| `+` | `$Column1$ + $Column2$ + 2` | Addition of numeric values | | `+` | `{Column1} + {Column2} + 2` | Addition of numeric values |
| `-` | `$Column1$ - $Column2$` | Subtraction of numeric values | | `-` | `{Column1} - {Column2}` | Subtraction of numeric values |
| `*` | `$Column1$ * $Column2$` | Multiplication of numeric values | | `*` | `{Column1} * {Column2}` | Multiplication of numeric values |
| `/` | `$Column1$ / $Column2$` | Division of numeric values | | `/` | `{Column1} / {Column2}` | Division of numeric values |
<alert type="success"> <alert type="success">
Tip :To change the order of arithmetic operation, you can use round bracket parantheses (). <br/> Tip :To change the order of arithmetic operation, you can use round bracket parantheses (). <br/>
Example: ($Column1$ + ($Column2$ * $Column3$) / (3 - $Column4$ )) Example: ({Column1} + ({Column2} * {Column3}) / (3 - $Column4$ ))
</alert> </alert>
### String Functions ### String Functions
| Name | Syntax | Sample | Output | | Name | Syntax | Sample | Output |
|-------------|----------------------------------|---------------------------------|---------------------------------------------------------------------------| |-------------|----------------------------------|---------------------------------|---------------------------------------------------------------------------|
| **CONCAT** | `CONCAT(str1, [str2,...])` | `CONCAT($Column1$, ' ', $Column2$)` | Concatenated string of input parameters | | **CONCAT** | `CONCAT(str1, [str2,...])` | `CONCAT({Column1}, ' ', {Column2})` | Concatenated string of input parameters |
| **LEFT** | `LEFT(str1, [str2,...])` | `LEFT($Column$, 3)` | `n` characters from the beginning of input parameter | | **LEFT** | `LEFT(str1, [str2,...])` | `LEFT({Column}, 3)` | `n` characters from the beginning of input parameter |
| **LEN** | `LEN(str)` | `LEN($Column$)` | Input parameter character length | | **LEN** | `LEN(str)` | `LEN({Column})` | Input parameter character length |
| **LOWER** | `LOWER(str)` | `LOWER($Column$)` | Lower case converted string of input parameter | | **LOWER** | `LOWER(str)` | `LOWER({Column})` | Lower case converted string of input parameter |
| **MID** | `SUBTR(str, position, [count])` | `MID($Column$, 3, 2)` | Alias for `SUBSTR` | | **MID** | `SUBTR(str, position, [count])` | `MID({Column}, 3, 2)` | Alias for `SUBSTR` |
| **REPEAT** | `REPEAT(str, count)` | `REPEAT($Column$, 2)` | Specified copies of the input parameter string concatenated together | | **REPEAT** | `REPEAT(str, count)` | `REPEAT({Column}, 2)` | Specified copies of the input parameter string concatenated together |
| **REPLACE** | `REPLACE(str, srchStr, rplcStr)` | `REPLACE($Column$, 'int', 'num')` | String, after replacing all occurrences of `srchStr` with `rplcStr` | | **REPLACE** | `REPLACE(str, srchStr, rplcStr)` | `REPLACE({Column}, 'int', 'num')` | String, after replacing all occurrences of `srchStr` with `rplcStr` |
| **RIGHT** | `RIGHT(str, count)` | `RIGHT($Column$, 3)` | `n` characters from the end of input parameter | | **RIGHT** | `RIGHT(str, count)` | `RIGHT({Column}, 3)` | `n` characters from the end of input parameter |
| **SEARCH** | `SEARCH(str, srchStr)` | `SEARCH($Column$, 'str')` | Index of `srchStr` specified if found, 0 otherwise | | **SEARCH** | `SEARCH(str, srchStr)` | `SEARCH({Column}, 'str')` | Index of `srchStr` specified if found, 0 otherwise |
| **SUBSTR** | `SUBTR(str, position, [count])` | `SUBSTR($Column$, 3, 2)` | Substring of length 'count' of input string, from the postition specified | | **SUBSTR** | `SUBTR(str, position, [count])` | `SUBSTR({Column}, 3, 2)` | Substring of length 'count' of input string, from the postition specified |
| **TRIM** | `TRIM(str)` | `TRIM($Column$)` | Remove trailing and leading whitespaces from input parameter | | **TRIM** | `TRIM(str)` | `TRIM({Column})` | Remove trailing and leading whitespaces from input parameter |
| **UPPER** | `UPPER(str)` | `UPPER($Column$)` | Upper case converted string of input parameter | | **UPPER** | `UPPER(str)` | `UPPER({Column})` | Upper case converted string of input parameter |
| **URL** | `URL(str)` | `URL($Column$)` | Convert to a hyperlink if it is a valid URL | | **URL** | `URL(str)` | `URL({Column})` | Convert to a hyperlink if it is a valid URL |
### Date Functions ### Date Functions
| Name | Syntax | Sample | Output | Remark | | Name | Syntax | Sample | Output | Remark |
|---|---|---|---|---| |---|---|---|---|---|
| **DATEADD** | `DATEADD($DATE_COL$, 1, 'day')` | `DATEADD(date, 1, 'day')` | Supposing $DATE_COL$ is 2022-03-14. The result is 2022-03-15. | DateTime columns and negative values are supported. Example: `DATEADD(DATE_TIME_COL, -1, 'day')` | | **DATEADD** | `DATEADD({DATE_COL}, 1, 'day')` | `DATEADD(date, 1, 'day')` | Supposing {DATE_COL} is 2022-03-14. The result is 2022-03-15. | DateTime columns and negative values are supported. Example: `DATEADD(DATE_TIME_COL, -1, 'day')` |
| | `DATEADD($DATE_COL$, 2, 'month')` | `DATEADD(date, 2, 'month')` | Supposing $DATE_COL$ is 2022-03-14 03:14. The result is 2022-05-14 03:14. | DateTime columns and negative values are supported. Example: `DATEADD(DATE_TIME_COL, -2, 'month')` | | | `DATEADD({DATE_COL}, 2, 'month')` | `DATEADD(date, 2, 'month')` | Supposing {DATE_COL} is 2022-03-14 03:14. The result is 2022-05-14 03:14. | DateTime columns and negative values are supported. Example: `DATEADD(DATE_TIME_COL, -2, 'month')` |
| | `IF(NOW() < $DATE_COL$, "true", "false")` | `IF(NOW() < date, "true", "false")` | If current date is less than $DATE_COL$, it returns true. Otherwise, it returns false. | DateTime columns and negative values are supported. | | | `IF(NOW() < {DATE_COL}, "true", "false")` | `IF(NOW() < date, "true", "false")` | If current date is less than {DATE_COL}, it returns true. Otherwise, it returns false. | DateTime columns and negative values are supported. |
| | `IF(NOW() < DATEADD($DATE_COL$,10,'day'), "true", "false")` | `IF(NOW() < DATEADD(date,10,'day'), "true", "false")` | If the current date is less than $DATE_COL$ plus 10 days, it returns true. Otherwise, it returns false. | DateTime columns and negative values are supported. | | | `IF(NOW() < DATEADD({DATE_COL},10,'day'), "true", "false")` | `IF(NOW() < DATEADD(date,10,'day'), "true", "false")` | If the current date is less than {DATE_COL} plus 10 days, it returns true. Otherwise, it returns false. | DateTime columns and negative values are supported. |
### Logical Operators ### Logical Operators
| Operator | Sample | Description | | Operator | Sample | Description |
| -------- | -------------------- | ------------------------ | | -------- | -------------------- | ------------------------ |
| `<` | `$Column1$ < $Column2$` | Less than | | `<` | `{Column1} < {Column2}` | Less than |
| `>` | `$Column1$ > $Column2$` | Greater than | | `>` | `{Column1} > {Column2}` | Greater than |
| `<=` | `$Column1$ <= $Column2$` | Less than or equal to | | `<=` | `{Column1} <= {Column2}` | Less than or equal to |
| `>=` | `$Column1$ >= $Column2$` | Greater than or equal to | | `>=` | `{Column1} >= {Column2}` | Greater than or equal to |
| `==` | `$Column1$ == $Column2$` | Equal to | | `==` | `{Column1} == {Column2}` | Equal to |
| `!=` | `$Column1$ != $Column2$` | Not equal to | | `!=` | `{Column1} != {Column2}` | Not equal to |
### Conditional Expressions ### Conditional Expressions
| Name | Syntax | Sample | Output | | Name | Syntax | Sample | Output |
|------------|------------------------------------------------|---------------------------------------------|-------------------------------------------------------------| |------------|------------------------------------------------|---------------------------------------------|-------------------------------------------------------------|
| **IF** | `IF(expr, successCase, [failCase])` | `IF($Column$ > 1, Value1, Value2)` | successCase if `expr` evaluates to TRUE, elseCase otherwise | | **IF** | `IF(expr, successCase, [failCase])` | `IF({Column} > 1, Value1, Value2)` | successCase if `expr` evaluates to TRUE, elseCase otherwise |
| **SWITCH** | `SWITCH(expr, [pattern, value, ..., default])` | `SWITCH($Column$, 1, 'One', 2, 'Two', '--')` | Switch case value based on `expr` output | | **SWITCH** | `SWITCH(expr, [pattern, value, ..., default])` | `SWITCH({Column}, 1, 'One', 2, 'Two', '--')` | Switch case value based on `expr` output |
| **AND** | `AND(expr1, [expr2,...])` | `AND($Column$ > 2, $Column$ < 10)` | TRUE if all `expr` evaluate to TRUE | | **AND** | `AND(expr1, [expr2,...])` | `AND({Column} > 2, {Column} < 10)` | TRUE if all `expr` evaluate to TRUE |
| **OR** | `OR(expr1, [expr2,...])` | `OR($Column$ > 2, $Column$ < 10)` | TRUE if at least one `expr` evaluates to TRUE | | **OR** | `OR(expr1, [expr2,...])` | `OR({Column} > 2, {Column} < 10)` | TRUE if at least one `expr` evaluates to TRUE |
Logical operators, along with Numerical operators can be used to build conditional `expressions`. Logical operators, along with Numerical operators can be used to build conditional `expressions`.
Examples: Examples:
``` ```
IF($marksSecured$ > 80, "GradeA", "GradeB") IF({marksSecured} > 80, "GradeA", "GradeB")
``` ```
``` ```
SWITCH($quarterNumber$, SWITCH({quarterNumber},
1, 'Jan-Mar', 1, 'Jan-Mar',
2, 'Apr-Jun', 2, 'Apr-Jun',
3, 'Jul-Sep', 3, 'Jul-Sep',

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